Hyperspaces of sets license#
Hyperspaces of sets series#

The author(s) grant to CDM the right to reproduce, translate (as defined below), and/or distribute the material, including the abstract, in print and electronic format, including but not limited to audio or video.

Hyperspaces of sets license#

When the author(s) indicate approval of the finalized version of the article provided by the technical editors of the journal and indicate approval, they grant to Contributions to Discrete Mathematics (CDM) a world-wide, irrevocable, royalty free, non-exclusive license as described below: The copyright policy for Contributions to Discrete Mathematics (CDM) is changed for all articles appearing in issues of the journal starting from Volume 15 Number 3.Īuthor(s) retain copyright over submissions published starting from Volume 15 number 3. This copyright statement was adapted from the statement for the University of Calgary Repository and from the statement for the Electronic Journal of Combinatorics (with permission). Novik, A tale of centrally symmetric polytopes and spheres, Departament of Mathematics. Nadler, Locating cones and Hilbert cubes in hyperspaces. Sigarreta, Hyperbolicity in median graphs, Proceedings Mathematical Sciences, 123 (4) (2013), 455-467. Novik, H Zheng, A lower bound theorem for centrally symmetric simplicial polytopes, Discrete Comput. Illanes, Cells and cubes in hyperspaces, Fund. Rautenbach Feedback vertex sets in cubic multigraphs, Journal Discrete Mathematics., 338 (12) (2015) pp.

Hyperspaces of sets series#

Dugundji, Topology Allyn and Bacon Series in Advanced Mathematics 1976. R.Duda, On the hyperspace of subcontinua of a nite graph I, Fund.

Smith, Descompositions of complete multigraphs into cycles of varying lenght, Journal of Combinatorial Theory: 129 (2018), 79106. Sigarreta, Gromov hyperbolic graphs, Discrete Mathematics, 313 (2013),ĭ. Lee, I Novik, Explicit constructions of centrally symmetric k−neighborly polytopes and large strictly antipodal sets, Discrete Comput. Barvinok, I Novik, A centrally symmetric version of the cyclic polytope, Discrete Comput. Gyárfás, Rainbow matchings in bipartite multigraphs, Periodica Mathematica Hungarica: 74 (2017), 108111.Ī. van Mill, Infinite-Dimensional Topology: prerequisites and introduction, North- Holland, Amsterdam 1989. Nadler, Hyperspaces of Sets, Marcel Dekker, New York 1978. Mazurkiewicz, Sur l'ensemble des continus péaniens, ibid., 273-274. Kuratowski, Evaluation de la classe borélienne ou projective d'un ensemble de points à l'aide des symboles logiques, Fund. Mogilski, On topological classification of function spaces C p ( X ) of low Borel complexity, Trans. Mogilski, The space of infinite-dimensional compacta and other topological copies of ( l f 2 ) ω, Pacific J.

Mogilski, The topological product structure of systems of Lebesgue spaces, Math. Schori, Hyperspaces of Peano continua are Hilbert cubes, Fund. Curtis, Hyperspaces of finite subsets as boundary sets, Topology Appl. Cauty, L'espace des arcs d'une surface, Trans. Cauty, L'espace des fonctions continues d'un espace métrique dénombrable, Proc. Mogilski, Characterizing certain incomplete infinite dimensional absolute retracts, Michigan Math. Pełczyński, Selected Topics in Infinite-Dimensional Topology, PWN, Warszawa 1975. van Mill, Absorbing systems in infinite-dimensional manifolds, Topology Appl., to appear.